Dataset associated with paper "On the contribution of transient diabatic processes to ocean heat transport and temperature variability"

Data repository for Yung & Holmes (2023) On the contribution of transient diabatic processes to ocean heat transport and temperature variability, submitted to Journal of Physical Oceanography
This repository contains:
- processed global ocean model data (including all data required to reproduce figures)
- analysis scripts to create figures (extra analysis and computation scripts are available at https://github.com/claireyung/Eddy_Diathermal_Code)
- 1D mixing model code (also available at https://github.com/claireyung/Diff1D/tree/Claire_2022)
Files: 
- Diff1D.zip contains matlab code, figure code and output data
- DHT-MHT-Paper_Plots.ipynb contains figure code for most paper figures
- Seasonal_range_SST_SHF_MLD.ipynb contains figure code for Fig. 6
- 10Year-025-Monthly_decomp.ipynb, 1Year-025-Daily_decomp.ipynb demonstrate analysis binning process to go from model data to processed data
Processed data:
- ocean_grid.nc, output000fwmass_m_copy.nc have grid information
- ocean_heat_mean.nc, ocean_month_mean.nc, ocean_wmass_mean.nc contain 10 year means of model diagnostics
- seasonal_climatology_monthly_temp_SF_MX_mld_compress.nc contains monthly climatology used for Fig. 6
- min_SST_10yr_daily_data.nc and max_SST_10yr_daily_data.nc have the maximum and minimum daily average SST
- 10day_mean_10year_means.nc, 2mo_mean_10year_means.nc, sc_2mo_mean_10year_means.nc, 1day_mean_10year_means.nc, Mean_10year_means.nc, True_10year_means.nc are processed and binned data at the various timescales for plotting.
The model used is the 0.25 degree RYF version of ACCESS-OM2 (Kiss et al. 2020, GMD). The configuration used to run the model can be found here: https://github.com/claireyung/025deg_jra55_ryf/tree/norediGM_run_diaT_exdiags_mixingterms_smallterms . The zenodo repository https://zenodo.org/records/10052149 contains the files needed to run the model.
Contact: [e-mail]